Let’s be honest, people are bad at conveying their ideas on what streets can look like. Thankfully there’s an open source project designed to help people remix their local streets and share it with others. The web based design tool Streetmix provides a simple drag and drop interface to rethink your local roads, you don’t need an urban planning degree to figure out what should go where. Give it a try, generate some images, and go talk to your community about making your neighbourhood more people-friendly from the street up.
Why does Streetmix exist?
When city planners seek input from community meetings from the public on streetscape improvements, one common engagement activity is to create paper cut-outs depicting different street components (like bike lanes, sidewalks, trees, and so on) and allow attendees to reassemble them into their desired streetscape. Planners and city officials can then take this feedback to determine a course of action for future plans. By creating an web-based version of this activity, planners can reach a wider audience than they could at meetings alone, and allow community members to share and remix each other’s creations.
The goal is to promote two-way communication between planners and the public, as well. Streetmix intends to communicate not just feedback to planners but also information and consequences of actions to the users that are creating streets. Kind of like SimCity did with its in-game advisors!
Streetmix can be used as a tool to promote and engage citizens around streetscape and placemaking issues, such as Complete Streets or the Project for Public Spaces’ Rightsizing Streets Guide.
Check out Streetmix.
In the 1990s former New York mayor Rudy Giuliani popularized the broken window theory which is a zero tolerance approach to getting rid of crime. At first it proved successful and the approach spread, only later was it revealed that other factors were at work. Today, the solution to fighting crime and bringing life back to communities isn’t by cracking down on the people living there – it’s to empower them. In order to do this it means changing the streetscape from car-focused to people focused and giving people agency around what the spaces are redesigned for.
Busy streets have less crime
These surface-level environmental changes turned out to have profound economic and societal effects on this part of central Flint.
We surveyed residents there in 2014—before the intervention began—as well as in 2016 and 2017. We are now preparing the results of the Flint study for publication in an academic journal, but here’s a snapshot of our findings.
the coalition’s latest report, assaults decreased 54 percent, robberies 83 percent and burglaries 76 percent between 2013 and 2018.
Yesterday a Japanese train company apologized for running 20 seconds ahead of schedule. How did Japanese trains get so fast?
The answer for how their famous bullet trains move so quickly is thanks in part to biomimicry, the study of using animals as a source for design. The front of the bullet train was inspired by the beak of a kingfisher which allows for more efficient airflow and thus less of an environmental impact. This is merely one example of the interesting world of using the evolution of animals to design the world around us.
Japan’s Shinkansen doesn’t look like your typical train. With its long and pointed nose, it can reach top speeds up to 150–200 miles per hour.
It didn’t always look like this. Earlier models were rounder and louder, often suffering from the phenomenon of “tunnel boom,” where deafening compressed air would rush out of a tunnel after a train rushed in. But a moment of inspiration from engineer and birdwatcher Eiji Nakatsu led the system to be redesigned based on the aerodynamics of three species of birds.
Nakatsu’s case is a fascinating example of biomimicry, the design movement pioneered by biologist and writer Janine Benyus. She’s a co-founder of the Biomimicry Institute, a non-profit encouraging creators to discover how big challenges in design, engineering, and sustainability have often already been solved through 3.8 billion years of evolution on earth. We just have to go out and find them.
There’s a lot of misconceptions about how to make cities a better place to live that need to be cleared up. A popular belief is that adding more lanes for cars will help curb traffic jams – when the opposite it true. Some backwards-looking individuals think that adding bike lanes is bad for business when multiple studies have proven otherwise. These myths have bothered a columnist over at Metro paper enough that they wrote an article focussed on busting these urban planning myths that hold back better cities.
A common political argument is that bike and transit riders should “pay their own way.” A study in Vancouver however suggested that for every dollar we individually spend on walking, society pays just 1 cent. For biking, it’s eight cents, and for bus-riding, $1.50. But for every personal dollar spent driving, society pays a whopping $9.20! Such math makes clear where the big subsidies are, without even starting to count the broader environmental, economic, spatial and quality-of-life consequences of our movement choices. The less people need to drive in our cities, the less we all pay, in more ways than one.
Want more examples? There’s math showing that replacing on-street parking with safe, separated bike-lanes is good for street-fronting businesses. That crime goes down as density goes up. That providing housing for the homeless actually saves public money. That you can move more people on a street when car lanes are replaced by well-designed space for walking, biking and transit.
Some gyms are capturing the energy created by users to power the TVs in the buildings. But what if we capture energy from our movements throughout the day? That’s what one designer asked and she set out to examine what the future of wearable energy capture would look like.
Of course, her motivation came from the gym.
“I used to run at the treadmill at the gym, and I saw all these people running on belts,” Ahola says. “It didn’t really make sense to me that we were expending all this energy, but treadmills were consuming all this energy at the same time. So I started delving into the potential of energy harvesting.”
One of Ahola’s most intriguing concepts looked at turning fitness trackers into fitness harvesters. What if, instead of measuring progress by calories burned or steps taken, we measured our fitness in joules, the basic units of energy captured? If we attached energy harvesters to our running sneakers—or bikes—we could then deposit the energy collected from them at terminals Ahola calls “harvest hotspots.”